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the two homologs of a pair move toward opposite poles of a dividing cell during

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Related questions

homologous chromosomes move toward opposite poles of a dividing cell during

Arrange the following stages ofmeiosis in human females from first to last:

(a) Haploid gamete produced

(b) Centromeres divide

(c) DNA replication

(d) Homologs move to opposite poles

(e) Genetic recombination takes place

(f) First polar body produced

(g) Homologs begin to pair

Please place the following aspects of meiosis in the order in which they occur during M-phase. Assume that the meiotic cell being described has an interkinesis stage. Number 1-7.

Segregation of sister chromatids toward opposite poles of the cell followed by cytokinesis.

Alignment of duplicated chromosomes in the center of the cell

Condensation of chromosomes in a haploid cell

Condensation of chromosomes in a diploid cell

Alignment of pairs of chromosomes along their lengths and formation of chiasmata

Alignment of paired chromosomes in the center of the cell

Segregation of paired chromosomes toward opposite poles of the cell followed by cytokinesis

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